EVITP Electric Vehicle Infrastructure Training Practice Test PDF (Free Printable 2026 June)
Pass your EVITP Electric Vehicle Infrastructure exam on the first attempt. ✍🏼 Practice questions with detailed answer explanations, hints, and instant
Free EVITP Practice Test PDF for Electricians
The EVITP (Electric Vehicle Infrastructure Training Program) certification validates an electrician's ability to safely install, maintain, and inspect EV charging equipment. Whether you're preparing for your first attempt or refreshing your knowledge, this free EVITP practice test PDF gives you printable exam questions covering every major domain — from NEC Article 625 code requirements to DC fast-charging connector standards. Download the PDF, print it out, and study at your own pace.
Our question bank mirrors the real EVITP exam format, covering EV charging levels, load calculations, grounding and bonding for EVSE, GFCI protection, and smart charging systems. Use it alongside our EVITP practice test online for a complete study strategy.
Key Takeaway: EVITP certification demonstrates expertise in this field. Most candidates spend 4-8 weeks preparing with practice tests before taking the exam.
What the EVITP Exam Covers
The EVITP certification exam is designed for journeyman and master electricians entering the rapidly growing EV infrastructure market. The exam tests practical knowledge across installation, code compliance, and safety domains.
EV Charging Levels and Equipment
You must know the three charging levels cold. Level 1 uses a standard 120V NEMA 5-15 outlet and delivers roughly 3–5 miles of range per hour — primarily residential convenience charging. Level 2 operates at 240V AC via a dedicated EVSE (Electric Vehicle Supply Equipment) unit and provides 10–30 miles per hour depending on amperage. DC fast charging (DCFC) bypasses the vehicle's onboard charger and delivers power directly to the battery at rates from 50 kW to 350 kW. Connector standards for DCFC include CHAdeMO (Japanese standard, declining), CCS/SAE J1772 Combo (North American and European standard), and the Tesla/NACS connector now being adopted industry-wide.
NEC Article 625 — Electric Vehicle Charging Systems
Article 625 governs all EV charging installations in the United States. Key provisions include required cable management systems, indoor vs. outdoor EVSE ratings, ventilation requirements for enclosed parking, GFCI protection mandates (required for all Level 1 and Level 2 EVSE), disconnecting means requirements, and labeling standards. Exam questions frequently test the interplay between Article 625 and Articles 210, 220, and 230 for service and feeder sizing.
Load Calculations and Service Upgrades
Residential EV load calculations fall under NEC Article 220. A standard Level 2 EVSE draws 32A continuously on a 40A circuit (80% continuous load rule). When multiple EVSEs are installed, demand factors and load management systems can reduce the calculated load. Commercial installations must account for simultaneous charging demand, panel capacity, and utility transformer limits. Smart charging and demand response systems — including OCPP-compliant networked chargers — can defer peak loads and are an increasingly important exam topic.
Grounding, Bonding, and Safety
Proper grounding and bonding of EVSE enclosures, mounting hardware, and conduit systems is tested extensively. The equipment grounding conductor (EGC) must be sized per NEC Table 250.122. For outdoor pedestal installations, ground fault and arc fault protection requirements apply. High-voltage safety procedures — including lockout/tagout for EVSE servicing and safe work practices around energized EV battery systems — round out the safety domain.
- ✓Memorize the three EV charging levels: voltage, connector type, and typical power output for each
- ✓Study NEC Article 625 section by section — GFCI requirements, cable management, disconnecting means
- ✓Practice load calculations for residential Level 2 EVSE using NEC Article 220 demand factors
- ✓Learn DC fast-charging connector standards: CHAdeMO, CCS/SAE J1772 Combo, Tesla NACS
- ✓Review panelboard and service upgrade procedures for EV-ready installations
- ✓Understand grounding and bonding requirements for EVSE per NEC Article 250
- ✓Study smart charging architecture: OCPP protocol, demand management, and load-sharing systems
- ✓Review permitting and inspection requirements specific to EVSE in your jurisdiction
- ✓Learn CC/CV (constant current/constant voltage) battery charging curves and their implications for EVSE sizing
- ✓Take at least two full-length timed practice tests before your exam date
Free EVITP Practice Tests Online
The PDF download above is ideal for offline and printed study, but pairing it with interactive online practice supercharges your preparation. Our EVITP practice test platform delivers instant answer feedback, detailed explanations for every question, and performance tracking by topic area. Identify your weak spots in NEC code, load calculations, or connector standards — then focus your study time where it counts most. Both resources together give you the broadest possible exam coverage before test day.